When deciding between building a hyperscale data center or leasing space in a colocation facility, the demands on construction management (CM) firms differ significantly. Here's what you need to know:
| Factor | Hyperscale Build | Colocation Lease |
|---|---|---|
| Scale | 20 MW–100 MW+ per phase | 2 MW–10 MW incremental phases |
| Complexity | High-density, uniform systems | Multi-tenant, shared infrastructure |
| Schedule Pressure | Extreme | Moderate to high |
| Primary Risk | Delays in equipment or commissioning | Disruption to live operations |
Hyperscale projects place a heavier burden on CM firms due to their size, complexity, and long timelines. Colocation projects, while less intensive, still require skilled CM teams for smooth tenant fit-outs. Your choice depends on your goals, resources, and risk tolerance.
Hyperscale projects are essentially massive, integrated campuses operating under tight deadlines. These campuses can span over 900,000 square feet, consume hundreds of megawatts of power, and require a peak workforce of around 9,500 people at any given time. The complexity comes from the sheer number of interconnected systems - power distribution, cooling infrastructure, controls, and fiber - all operating in close quarters, with multiple trades working simultaneously.
What sets hyperscale data center construction apart is the intricate nature of the mechanical, electrical, and plumbing (MEP) systems involved. For example, power systems alone often account for 40% to 45% of the total construction budget. The rise of AI workloads is further transforming these projects, with rack power densities climbing from traditional 4–10 kW per rack to 40–120 kW per rack. This shift demands more sophisticated liquid cooling and power distribution solutions, fundamentally altering how these projects are planned and executed.
The complexity of hyperscale builds means construction management (CM) firms have responsibilities that go far beyond just tracking schedules and budgets. Several specialized roles are essential to ensure these projects run smoothly:
"Every deficiency discovered at commissioning was a decision made or deferred earlier in the project."
These roles are not just about technical expertise - they're also vital for keeping up with the fast-moving nature of hyperscale projects.
The rapid pace of hyperscale builds introduces "decision latency" risks, where delays in key decisions can snowball into larger problems later on. Mark Whitson of DPR Construction explains this challenge well:
"Speed comes from reducing decision latency. Teams that move quickly establish early paths to resolve the few decisions that drive the most downstream uncertainty."
A great example is DPR's Crusoe Abilene Data Center Campus, where groundbreaking occurred just 10 weeks after the initial design meeting. The first data halls were delivered in 11 months, and the entire phase was completed in under 18 months. By using a multi-prime, risk-sharing approach and prefabricating over 600 exterior panels off-site, the team achieved a pace that would have been impossible without disciplined CM coordination.
To meet such aggressive schedules, CM teams must juggle procurement, prefabrication, and commissioning readiness simultaneously. They are the glue that holds all these moving parts together.
Unlike the vast, all-encompassing nature of hyperscale builds, colocation projects focus on tenant-specific fit-outs within an already operational facility. This creates a distinct shift in construction management (CM) responsibilities.
In colocation setups, the facility owner handles the core construction - the core and shell - based on performance specifications. Meanwhile, the tenant’s CM responsibilities kick in with the fit-out phase. Giatec Scientific Inc. explains it well:
"Colocation (Colo) Facilities are multi-tenant buildings where the owner leases rack space, cabinets, or suites to different clients. The GC builds the core and shell... to a performance specification set by the owner, who then fits out individual tenant spaces separately."
This means CM efforts are concentrated on white space fit-outs, addressing tasks like power distribution to racks and integrating equipment such as PDUs, CRAHs, and cabling - all within the confines of an existing shell. Colocation facilities typically range from 1 to 20 MW, requiring precise execution within a pre-established infrastructure. This contrasts sharply with the sprawling demands of hyperscale campuses. As a result, seamless coordination with colocation providers becomes critical, as explored in the next section.
Operating within an active colocation facility comes with its own set of challenges. Since these facilities are already live and host multiple tenants, any disruption to shared infrastructure can lead to immediate and costly consequences. Unlike hyperscale builds, which often face delays due to decision-making bottlenecks, colocation projects must avoid operational disruptions at all costs. Broadstaff Global highlights this risk:
"A missed handoff between electrical and mechanical teams can affect commissioning. A late equipment decision can delay energization."
To prevent such issues, CM teams must adhere to the provider's performance specifications and operational protocols. Tasks like tying into existing systems require careful planning, often scheduled during off-peak hours and closely monitored by the facility's operations team. Additionally, structural factors such as floor loading limits, ceiling heights, and equipment pad locations can significantly influence tenant fit-out possibilities.
Colocation projects call for specialized CM professionals who excel in precise tenant fit-outs. Unlike the broader roles seen in hyperscale builds, these projects demand experts who can work within the constraints set by colocation providers. Key roles include:
"Commissioning should not be treated as a final checklist. It should be planned during design, procurement, installation, and turnover."
Additionally, QA/QC professionals with mission-critical experience play a vital role. Their detailed as-builts and testing logs are essential for maintaining operational records over the long term, especially as colocation facilities increasingly support AI-driven workloads with power densities of 150–200 watts per square foot.
Hyperscale Build vs. Colocation Lease: CM Firm Demands Compared
Both hyperscale and colocation models rely heavily on skilled construction management (CM) teams, but the scope and intensity of their demands vary significantly.
As Global Data Center Hub explains:
"Treating these distinct investment models as interchangeable is equivalent to viewing apartments and hotels as identical real estate plays."
Here’s a closer look at how the two models differ in terms of CM workload and associated risks:
| CM Factor | Hyperscale Build | Colocation Lease |
|---|---|---|
| Project Scale | 20 MW to 100 MW+ per phase | 2 MW to 10 MW incremental phases |
| Technical Complexity | Dedicated, uniform, high-density | Multi-tenant, heterogeneous, connectivity-rich |
| Schedule Pressure | Extreme - market timing for cloud/AI capacity | Moderate to high - tenant move-in deadlines |
| Regulatory Exposure | High - utility-scale power, environmental review | Moderate - local permitting, tenant compliance |
| CM Team Size | Large, stable, multi-year program teams | Smaller, fast-moving, project-based teams |
| Primary Risk | Capital concentration; long-lead equipment | Operational handoffs; tenant churn |
| Planning Horizon | 4–5 years | 12–24 months |
These distinctions shape the risk profiles and planning strategies for each model, as explored in detail below.
Hyperscale builds are technically demanding. Projects like Meta's data centers require CM teams to manage overlapping structural, mechanical, electrical, and utility-scale systems. The sheer scale of these sites, often hosting thousands of workers at peak times, creates unique coordination challenges not typically seen in colocation projects.
For colocation, the primary challenge lies in the transition from the provider's completed shell to the tenant's fit-out. A single oversight - like incomplete documentation or miscommunication between mechanical, electrical, and plumbing (MEP) contractors and operations teams - can disrupt a live facility serving multiple tenants. While both models require strong CM oversight, the risks stem from entirely different sources, making it essential for CM firms to tailor their approaches.
The staffing models for hyperscale and colocation projects highlight their contrasting priorities. Hyperscale projects prioritize continuity, with CM teams often working across multiple buildings in a multi-year program. Standardized designs help minimize surprises and keep projects on schedule. As Chris Bair, CCO & Partner at Stream Data Centers, puts it:
"It's impossible to have perfect visibility into when and how much capacity will be needed at the start of a 4- or 5-year internal build cycle."
Colocation projects, on the other hand, demand speed and adaptability. With most new capacity pre-leased and deployment timelines ranging from 12 to 24 months, the focus is on compressing schedules and integrating seamlessly into existing infrastructure. Smaller, nimble CM teams that can quickly adapt to provider constraints are highly valued in this setting.
These differences in staffing and planning underscore the importance of understanding each model’s unique challenges. CM firms must approach hyperscale and colocation projects with strategies tailored to their distinct demands.
The analysis above paints a clear picture: hyperscale projects demand significantly more from construction management (CM) firms. In these cases, the owner shoulders the entire responsibility - from choosing the site and managing utility interconnections to overseeing commissioning and final turnover. Considering that 98% of megaprojects exceed their budgets (often by 80% or more) and 73% face delays of at least six months, the stakes are undeniably high. There’s little room for error.
On the other hand, colocation leases shift much of the facility risk to the provider, reducing the owner's reliance on CM firms. But even here, challenges remain. The transition from the provider’s shell to the tenant’s fit-out involves coordination risks, particularly with MEP (mechanical, electrical, and plumbing) integration and commissioning. While smaller, focused CM teams can handle this, their role tends to be more tactical than strategic. These contrasting demands highlight where CM firms are most critical.
Ultimately, the reliance on CM firms depends on factors like the owner's risk tolerance, internal CM capabilities, and revenue goals. For instance, an experienced in-house team managing a colocation lease might only need a specialized technical advisor. In contrast, a hyperscale project - such as the 200 MW Crusoe Abilene campus led by DPR Construction in 2026 - requires comprehensive CM support from the very beginning, especially with tight timelines like a 10-week design-to-groundbreaking window.
For large-scale projects with limited internal resources, external CM firms aren’t just helpful - they’re essential. They can mean the difference between a project that meets its goals and one that becomes another statistic of delays and overruns.
Hiring a construction management (CM) firm 4–6 months before mobilization is key to setting your project up for success. This early engagement allows for detailed planning, seamless coordination, and helps avoid potential delays in your schedule or commissioning process. Hyperscale projects come with their own set of challenges, and bringing a CM firm on board early ensures these complexities are tackled head-on, leading to smoother execution and improved project results.
The most pressing risks in a colocation fit-out include staffing shortages, which can jeopardize uptime and resilience, coordination issues across mechanical, electrical, and plumbing (MEP) systems, and delays in procuring essential equipment. On top of that, handling the varied and constantly changing needs of tenants adds another layer of complexity, demanding thorough planning and precise execution to address all requirements effectively.
Long-lead MEP items can throw off both schedules and budgets if procurement and installation aren't carefully managed. Extended delivery times or poorly coordinated timelines can result in costly delays or even require additional work to fix issues. To avoid these setbacks, detailed planning and resource-focused scheduling are essential. This approach helps keep projects on time and within budget.
